Other Parts Discussed in Thread: MSPM0G3507 , MSPM0L1306 请注意,本文内容源自机器翻译,可能存在语法或其它翻译错误,仅供参考。如需获取准确内容,请参阅链接中的英语原文或自行翻译。 https://e2e.ti.com/support/interface-group/interface/f/interface-forum/1416245/tidm-remote-controller-for-ac-z85c3010veg 器件型号: TIDM-REMOTE…
Part Number: ADS1119
我使用ADS1119对3.6V的AC进行采样的时候,读出值是0X000000.
When I use the ADS1119 to sample a 3.6V AC signal, the readout value is 0X000000.
随后,我调整信号发生器的参数,此时电路的电压发生突变(示波器通道设置为直流(DC),从示波器中观察到的现象为峰值电压在7V左右),ADS1119此时的读出值为0xFFFFFF,在电路稳定后( 示波器通道设置为直流(DC…
Hi,
I am also very confused with it. But, usually one can manually change in the expressions window. After gradually increasing the ac voltage check for VBUS voltage in open loop. Then Close the inrush relay by setting TTPLPFC_relayConnect to "1"to bypass…
Part Number: TIDM-02013
Hello, experts. I would like to know the method adopted to achieve the leakage inductance of the transformer T1 in this solution. Is it realized by cutting air gaps in the side columns of the transformer, or by means of the main…
Part Number: DRV8245-Q1
Hello TI Engineers and Community,
I am evaluating and using the DRV8245-P motor driver and have a few questions regarding the SPI variant that I hope you can clarify.
My understanding is that for the SPI variant of the DRV8245…
Part Number: LAUNCHXL-F280049C Other Parts Discussed in Thread: C2000WARE
Hello TI team, I am currently working on motor control applications with the F28004x series (e.g., F280049C). I noticed that the Motor Control SDK Universal Project and Lab provides…
Part Number: TL074H Other Parts Discussed in Thread: TINA-TI
您们好,TI专家们! 我采用pspice for ti设计复合放大器进行AC仿真发现了收敛性问题。瞬态仿真时,可以采用复选SKIPBP选型来收敛仿真,但AC仿真因为无法跳过直流工作点仿真,一直收敛不了,请问有解决办法吗?以下是仿真原理图和仿真设置:
Part Number: TIDM-02013
Hello, I am conducting Lab 1 of the PFC stage. When I follow the experimental steps:
1:Apply a fixed duty cycle of 0.5 with an input voltage of 35V. The DCLINK value will quickly rise to around 120V, then drop rapidly to about…
Hi,
When using Ac coupling, the common mode of the HDMI signal will be 0V. This means that the data will be centered around 0V. This will require the use of external AC coupling capacitor and configuring the TMDS1204 correctly. Using AC coupling will…